Optimized Design

We started with a clean sheet and ended up with a new benchmark

It began with a goal—to change the way the world thinks about regional aviation. Designed to incorporate superior technology and passenger comfort. Engineered to achieve the lowest operational cost and lowest environmental impact. Better for passengers, the environment and airlines, the MRJ will change the way you fly.

Clean Sheet

Innovation born from freedom

A clean sheet can be liberating. No preexisting platforms to conform to. No parts bins to raid. The results are the most efficient, comfortable and reliable 70- and 90-seat jets to ever take flight.

Clean sheet advantages

Highest fuel efficiency

Lowest environmental impact

Most passenger comfort

Designed to increase reliability

Engine

The lowest cost to operate of any aircraft in its class.

MRJ is proud to be the launch customer for Pratt & Whitney′s geared turbofan engine which was optimized specifically for the MRJ. The new gear system allows the fan, low pressure compressor and turbine to rotate at optimum speeds which enables engine to have game-changing fuel efficiency. In addition, its geared turbofan engine architecture requires 60% fewer turbine airfoils than conventional turbofan engines and reduces maintenance time and cost.

Advanced Aerodynamics

Fluidity in motion

Designing a jet from the ground up allowed Mitsubishi Aircraft's designers and engineers to employ advanced aerodynamics. The MRJ's sleek design is a major contributor to its industry-leading fuel efficiency and noise reduction.

Newest Flight Deck

A new view on the horizon

The advanced, full fly-by-wire, flight deck available today is right at home aboard the MRJ. Featuring the Pro Line Fusion® system, the latest in avionics technology from Rockwell Collins, the MRJ's flight deck maximizes situational awareness with four 15-inch landscape LCDs that deliver unprecedented clarity and information.

The MRJ's flight deck was designed to easily adapt to future upgrades, but will include a host of next-generation features: